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inspect-live-graph

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Actualizado23 de julio de 2026 a las 23:12

Dump a running StreamLib node's live processor graph — processors, ports, links, channel names, states, and metrics — as JSON, to use as ground truth before mutating or tapping it. Use when you need the current topology of a running app: to find a channel name for `tap-live-channel`, to learn the exact port names before a `connect`, to confirm a `submit`/`replace` landed, or to diff before/after a hot-swap. Wraps `streamlib graph`.

Instalación

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Fuente

tatolab

tatolab/streamlib

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SKILL.md

readonly

name

inspect-live-graph

description

inspect-live-graph

The read-only ground-truth verb. Everything else keys off names that only the live graph knows — processor ids, port names, and channel data-service names ({source_processor}/{source_output_port}). Never guess these; dump the graph and read them.

Steps

1. Export the live graph

Target the node with the same flag you pinned in drive-running-node:

streamlib graph --node <runtime_id>
# or
streamlib graph --url <control_url>
# or, when exactly one node is live:
streamlib graph

The result is the graph MCP tool's JSON (pretty-printed): processors, links, states, metrics.

2. Read what you need out of it

Processor ids — the --processor-id for remove, and the from_processor / to_processor for connect.
Port names — the from_port / to_port for connect, and the local_port in a submit --connect spec.
Channel names — form the tap target {source_processor}/{source_output_port} from the source processor and its output port; feed it to tap-live-channel.
States / metrics — confirm a processor is running and moving data (non-zero counters) rather than merely instantiated.

3. Save it when it is evidence

To freeze the topology for a PR or a before/after diff, redirect to a file (graph has no --output flag — use shell redirection):

streamlib graph --node <runtime_id> > /tmp/graph-before.json

For a full evidence bundle (graph + tapped frames + logs), use capture-node-evidence.

Notes

Pure read: graph never mutates the node.
A non-zero exit is a resolver or transport error, not an empty graph — an empty pipeline still returns valid JSON with empty arrays. See drive-running-node for resolver error messages.

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name

inspect-live-graph

description

inspect-live-graph

Steps

1. Export the live graph

Target the node with the same flag you pinned in drive-running-node:

streamlib graph --node <runtime_id>
# or
streamlib graph --url <control_url>
# or, when exactly one node is live:
streamlib graph

The result is the graph MCP tool's JSON (pretty-printed): processors, links, states, metrics.

2. Read what you need out of it

Processor ids — the --processor-id for remove, and the from_processor / to_processor for connect.
Port names — the from_port / to_port for connect, and the local_port in a submit --connect spec.
Channel names — form the tap target {source_processor}/{source_output_port} from the source processor and its output port; feed it to tap-live-channel.
States / metrics — confirm a processor is running and moving data (non-zero counters) rather than merely instantiated.

3. Save it when it is evidence

To freeze the topology for a PR or a before/after diff, redirect to a file (graph has no --output flag — use shell redirection):

streamlib graph --node <runtime_id> > /tmp/graph-before.json

For a full evidence bundle (graph + tapped frames + logs), use capture-node-evidence.

Notes

Pure read: graph never mutates the node.
A non-zero exit is a resolver or transport error, not an empty graph — an empty pipeline still returns valid JSON with empty arrays. See drive-running-node for resolver error messages.